Category: Converters
Converters: Essential Components in Power Systems for Electronics and Robotics
Converters are devices used to convert DC voltage, indispensable in many electronic applications. Depending on the need, converters can step down (Step-Down), step up (Step-Up), or simultaneously perform both tasks (Step-Up/Step-Down), making them highly versatile solutions. An example is the DC-DC Step-down 3-40V module - adjustable 1.5-35V LM2596S, which is ideal for stabilizing voltage in microcontroller-based systems.
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There are 221 products.
Step Down DC-DC converter module based on LM2596 circuit, input voltage 3-40V, regulated output voltage 1.5--35V
The DC-DC Step-down Converter Module with the LM2596S chip allows you to convert the voltage from the range of 3-40 V to a regulated output voltage of 1.5-35 V with high efficiency up to 92%. The maximum output current is 3 A, and the operating frequency is 150 kHz. The compact design with dimensions of 43 × 21 × 14 mm, the possibility of precise voltage regulation and a pinout of 2.54 mm facilitate the integration of the module in DIY projects, power supply systems, modeling and laboratory stations. The operating temperature range is from -40 to 85°C
Step-Down converter with an output voltage of 5 V, an input voltage of 7 to 26 V and a maximum current of 3 A
Miniature Step-Down converter module with AP63300, input voltage 3.5-32 V, selectable output voltage 3.3 V, 5 V or 12 V, maximum continuous current 1 A, peak current up to 2 A, dimensions 24 x 16 mm. Kamami KAmod DCDC AP63300
DC-DC Step-Down converter module with 5V output voltage and 1A output current. The module can be a replacement for the popular LM7805 regulator.
XL6009E1 Step-Up converter with an output voltage of 1.23 to 30 V, an input voltage of 4 to 35 V and a maximum current of up to 3 A
Step-Up converter module XL6009 with adjustable output voltage from 1.3 to 35 V, input voltage from 3.8 to 32 V and a maximum output current of 3 A
Step-Up converter with an output voltage of 2 to 28 V, an input voltage of 2 to 24 V and a maximum current of 2 A
Miniature 15 V switching voltage regulator based on the AP63200 IC, input range 3.5 - 32 V, output current up to 1 A (1.5 A peak), efficiency up to 90%, dimensions 18 x 11 mm. KAmod-DCDC-AP63200 15V
Step-Down converter with adjustable output voltage from 1.25 to 36 V, input voltage from 4 to 38 V and maximum current up to 5 A
150 W Step-Up converter with an output voltage of 15to 35 V, an input voltage of 10 to 32 V and a maximum current of up to 6 A
Step-Up/Step-Down converter with an output voltage of 3.3 V, an input voltage from 1.8 to 5 V and a maximum current of up to 100 mA
Step-Up converter with an output voltage of 5 to 28 V, an input voltage of 2 to 24 V and a maximum current of 2 A
Step-Down converter module with input voltage from 4.75 to 23V, output voltage from 1 to 17V and output current 1.8 A (3 A instantaneous current).
Miniature 4.2 V switching voltage regulator based on the AP63200 IC, input range 3.5 – 32 V, output current up to 1 A (1.5 A peak), efficiency up to 90%, dimensions 18 x 11 mm. KAmod-DCDC-AP63200 4.2V
Miniature 2.5 V switching voltage regulator based on the AP63200 converter, input range 3.5 – 32 V, output current up to 1 A (1.5 A peak), efficiency up to 90%, dimensions 18 x 11 mm. KAmod-DCDC-AP63200 2.5V
Miniature 12 V switching voltage regulator based on the AP63200 IC, input range 3.5 - 32 V, output current up to 1 A (1.5 A peak), efficiency up to 90%, dimensions 18 x 11 mm. KAmod-DCDC-AP63200 12V
Miniature 3.3 V switching voltage regulator based on the AP63200 converter, input range 3.5 – 32 V, output current up to 1 A (1.5 A peak), efficiency up to 90%, dimensions 18 x 11 mm. KAmod-DCDC-AP63200 3.3V
Step-Up converter with an output voltage of 12 to 80 V, an input voltage of 8 to 60 V and a maximum current of up to 20 A
Miniature 8.4 V switching voltage regulator based on the AP63200 IC, input range 3.5 - 32 V, output current up to 1 A (1.5 A peak), efficiency up to 90%, dimensions 18 x 11 mm. KAmod-DCDC-AP63200 8,4V
Step-Down Converters: Reliable Voltage Reduction for Sensitive Electronic Circuits
Step-Down converters lower input voltage, essential when the power source has higher voltage and the device requires lower values. These converters efficiently power microcontrollers or modules operating at 5V or 3.3V, even with higher input voltages. An example is the DC-DC Step-down 3-40V LM2596S module, offering a wide output voltage range.
Step-Up Converters: Effective Voltage Boosting for Applications with Higher Power Requirements
In applications requiring voltage increase, Step-Up converters provide efficient power supply. They are particularly useful in systems powered by low-voltage sources, such as batteries or solar cells, where the output voltage needs to be higher than the input. Models like the DC-DC Step-Up 5-40V 5A module are perfect for powering LEDs, drives, and other devices that require higher voltage.
Step-Up/Step-Down Converters: Flexible Solutions for Fluctuating Input Voltages
Step-Up/Step-Down converters offer full flexibility in voltage regulation. By simultaneously lowering and raising voltage, these modules are ideal when input voltage fluctuates but the powered device requires a stable level. An example of such a solution is the DC-DC Step-Up/Step-Down 0.8-33V 5A module, offering versatility and stability across a wide range of applications.
Power Modules for Various Applications: How to Choose the Right Converter for Your Projects
Power modules offered by Kamami are perfect for use in robotics, automation systems, and DIY projects. Depending on the requirements, you can choose a converter with fixed parameters or a regulated model that allows precise adjustment of output voltage. Stable and efficient power is crucial for the reliable operation of electronic devices, and the modules in this category meet these requirements.
The Importance of Stable Power in Electronic and Robotic Systems
In electronic projects, especially those based on microcontrollers or embedded systems, power plays a crucial role. Converters available at Kamami enable not only efficient energy management but also guarantee that the voltage delivered to devices will be stable and tailored to specific requirements. Whether you're designing low-voltage systems or complex circuits with multiple power consumers, the right converter ensures the reliability and performance of your project.